Week 4

Objective: Create a Table on various types of Lithium Ion based Battery and their materials used at anode and cathode, also the chemical reactions at the same.   Introduction to Lithium Ion type of Batteries: Lithium ion Batteries are the ones which are categorized under secondary type of Batteries, where in it can…

The Project particulars are submitted below.

The procedures followed to create the parts, assemble it and then ccreate the drafting for the same are general steps. Create the 3D models from the provided 2D drawings, with proper sketches. Assemble it using the Assembly techniques, with proper allignment techniques. Create the drawings by drafting both Assembly and…

The PPT and .CAT part explains the project.

OBJECTIVE: Create Tooling axis for the given DOOR APPLIQUE CLASS-A surface and carry out Draft analysis to meet the required minimum draft angle for plastic injection molding on both Class-A and final 3D model . Create a B-side Engineering features i.e., 2 way, 4 way locators and heatstakes following the Design rules and…

OBJECTIVE: Create Tooling axis for the given 3D CAD part and carry out Draft analysis to meet the required minimum draft angle for plastic injection molding. Create a B-side Engineering features i.e., screw boss and Dog House following the Design rules and carryout Draft analysis for the same.   Steps to create Tooling…

  OBJECTIVE: Create Tooling axis for the given 3D CAD part and carry out Draft analysis to meet the required minimum draft angle for plastic injection molding. Create a B-side Engineering feature i.e., a Rib following the Design rules and carryout Draft analysis for the same.   Steps to create Tooling axis: 1.…

The particulars are explained in PPT. 

INPUT: Automotive Class-A surface, obtained from Autodesk Alias.   OBJECTIVE: Create Tooling axis for the given surface and carry out Draft analysis to meet the required minimum draft angle for plastic injection molding and to thicken to a thickness of 2.5mm throughout and again perform draft analysis for the final…

INPUT: Automotive Class-A surface, obtained from Autodesk Alias.   OBJECTIVE: Create Tooling axis for the given surface and carry out Draft analysis to meet the required minimum draft angle for plastic injection molding and to thicken to a thickness of 2.5mm throughout and again perform draft analysis for the final…

INPUT: Automotive Class-A surface, obtained from Autodesk Alias.   OBJECTIVE: Create Tooling axis for the given surface and carry out Draft analysis to meet the required minimum draft angle for plastic injection molding and to thicken to a thickness of 2.5mm throughout and again perform draft analysis for the final…

INPUT: Automotive Class-A surface, obtained from Autodesk Alias.   OBJECTIVE: Create Tooling axis for the given surface and carry out Draft analysis to meet the required minimum draft angle for plastic injection molding and to thicken the hollow surface and again perform draft analysis for the final component.  …

INPUT: Automotive Class-A surface, obtained from Autodesk Alias.   OBJECTIVE: Create Tooling axis for the given surface and carry out Draft analysis to meet the required minimum draft angle for plastic injection molding.      Tooling Axis: It is the axis/line created by the plastic part designer so…

Link for the model: https://drive.google.com/file/d/1rLM0iYR8yO8ajaU9C229dUVLP3H0C8bN/view?usp=sharing Time taken: 4 hours 

Objective of the challenge: To check Geometrical errors, mesh with given element Quality criteria, and the final model should be free of OFF elements and there should be no kicks or dips in the model.   Step 1: To check for Geometrical errors found out by using Checks Manager option in and resolve them using various…

  AIM :  For the given component, check for any geometrical errors and capture all the elements and mesh with the prescribed element Quality criteria. The number of traingular elements should be as less as possible with a smooth mesh flow. The STEPS INVOLVED IN THE CHALLENGE REMAINS IDENTICAL TO BOTH…

   AIM :  For the given component, check for any geometrical errors and capture all the elements and mesh with the prescribed element Quality criteria. The number of traingular elements should be as less as possible with a smooth mesh flow.   Step 1: The 1st step is to set Part ID and assign material…

      STEP 1: Study the given assembly of components thoroughly before starting any activities in ANSA for its geometry, criticality and total number of components present and segregate the parts accordingly using "iNot and AND Functions" effectively and assign New PID (Part ID) and material for each…